CIMC ENRIC Cryogenic Thermal-insulating Cylinders are vacuum-insulated pressure vessels designed for the storage and supply of cryogenic liquids, including LOX, LIN, LAr, LCO2 and LNG. Available in capacities from 175L to 495L and working pressures from 1.37 MPa to 2.88 MPa, the cylinders can be configured with different gasification, lifting and level measurement options for industrial gas and cryogenic applications.
| Parameter | Specification |
|---|---|
| Capacity | 175L–495L |
| Working Pressure | 1.37–2.88 MPa |
| Medium | LOX, LIN, LAr, LCO2, LNG |
| Type | Vertical / Horizontal |
| Insulation | High-vacuum multi-layer insulation |
| Applied Codes | GB / GOST |
The cryogenic cylinders are designed with standardized dimensions across different models, making product selection, transportation and on-site handling more convenient.
CIMC ENRIC provides multiple pressure and medium configurations to meet different cryogenic storage and supply requirements. Available working pressure ranges from 1.37 MPa to 2.88 MPa, depending on the selected model and configuration.
The cylinder can be configured with a built-in gasifier or an external gasification system according to the required application and gas supply method.
Customers can choose between frame lifting and lug lifting configurations, as well as mechanical or electronic level gauges, according to transportation, handling and monitoring requirements.
CIMC ENRIC Cryogenic Thermal-insulating Cylinders are designed for the storage, handling and supply of cryogenic liquefied gases. The cylinders use high-vacuum multi-layer insulation to reduce heat transfer and help maintain the required cryogenic conditions during storage and use.
The product range covers capacities from 175L to 495L and can be configured for LOX, LIN, LAr, LCO2 and LNG applications. Vertical and horizontal configurations are available, with different pressure ratings, gasification systems, lifting arrangements and level measurement options.
The standardized product design allows customers to select a suitable cylinder according to the required medium, capacity, working pressure, installation method and application environment.
| Parameter | Specification |
|---|---|
| Capacity | 175L, 180L, 196L, 210L, 220L, 410L, 450L, 495L |
| Working Pressure | 1.37–2.88 MPa |
| Medium | LOX, LIN, LAr, LCO2, LNG |
| Insulation | High-vacuum multi-layer insulation |
| Type | Vertical / Horizontal |
| Gasification | Built-in / External |
| Lifting | Frame / Lug lifting |
| Level Gauge | Mechanical / Electronic |
| Applied Codes | GB / GOST |
Cryogenic cylinders can be supplied with either built-in or external gasification systems. A built-in gasifier provides a more integrated configuration, while an external gasifier allows greater flexibility for applications with separate gasification equipment.
Frame lifting and lug lifting configurations are available according to transportation, loading and handling requirements. The appropriate lifting configuration can be selected based on the customer's operating environment and handling equipment.
Mechanical and electronic level gauge options are available for different monitoring requirements. The selection can be made according to the customer's preferred measurement method and system integration needs.
Cryogenic thermal-insulating cylinders can be used for the storage and supply of industrial gases such as liquid oxygen, liquid nitrogen and liquid argon. They are suitable for applications that require a compact cryogenic liquid storage and supply solution.
For LCO2 applications, the cylinder can be configured according to the required working pressure, capacity and gas supply requirements.
For LNG-related applications, cryogenic cylinders provide an insulated vessel for handling liquefied natural gas under cryogenic conditions. The specific configuration should be selected according to the required capacity, pressure and operating environment.
With an appropriate gasification configuration, the cylinder can support on-site gas supply applications where cryogenic liquid is converted into gas for downstream use.
The Cryogenic Thermal-insulating Cylinder uses a high-vacuum multi-layer insulation structure to reduce heat transfer between the inner vessel and the external environment.
The inner vessel is designed to contain the cryogenic liquid, while the insulated outer structure provides thermal protection. Maintaining a high-vacuum insulation environment helps reduce heat ingress and supports stable cryogenic storage conditions.
The insulation structure is particularly important when storing cryogenic media such as LOX, LIN, LAr, LCO2 and LNG, where temperature control and evaporation management are important considerations.
CIMC ENRIC Cryogenic Thermal-insulating Cylinders are manufactured and supplied according to applicable technical codes and market requirements. Available applied codes include GB and GOST, depending on the product configuration and destination market.
Before ordering, customers can confirm the required certification and applicable code based on the country of installation, cryogenic medium, working pressure and local regulatory requirements.
CIMC ENRIC group companies are engaged in the design, production, sales and technical service of cryogenic storage tanks, lorry tankers, tank containers and cryogenic thermal-insulating cylinders.
Different capacities, pressure ratings, gasification systems, lifting configurations and level measurement options can be selected according to project requirements.
The existing product page lists export experience in Russia, Indonesia, the Philippines, Kazakhstan, Latvia and Bolivia, as well as local service locations in Pakistan, Russia and Thailand.
CIMC ENRIC currently provides a 2-year warranty together with video technical support, online support, spare parts and field service.
Warranty
2-year warranty is provided for the product.
Technical Support
Video technical support and online technical support are available after delivery.
Spare Parts
Spare parts support is available according to product configuration and service requirements.
Field Service
Field service can be provided when required, subject to project location and service conditions.
Payment method
30% downpayment, 70% balance payment before delivery;
Export cases
Russia, Indonesia, Philippines, Kazakhstan, Latvia, Bolivia;
Specification
If your required volume exceeds a cylinder-based supply, use our cryogenic storage tank guide to compare microbulk, bulk and large-capacity options.
Before selecting a cryogenic thermal-insulating cylinder, buyers should confirm the following requirements:
1. Cryogenic Medium
Confirm whether the cylinder will be used for LOX, LIN, LAr, LCO2, LNG or another approved cryogenic medium.
2. Required Capacity
Select a suitable capacity from the available 175L–495L range based on storage volume and gas supply requirements.
3. Working Pressure
Confirm the required working pressure according to the medium, application and applicable regulations.
4. Cylinder Orientation
Choose a vertical or horizontal configuration according to the available installation space and operating conditions.
5. Gasification Method
Determine whether a built-in or external gasifier is more suitable for the intended gas supply system.
6. Lifting and Monitoring
Select frame or lug lifting and mechanical or electronic level measurement according to handling and monitoring requirements.
7. Applicable Standards
Confirm the required code or certification for the destination market before production.
Need help selecting the right configuration? Send us your medium, required capacity, working pressure and destination market. CIMC ENRIC can recommend a suitable cryogenic cylinder configuration for your application.
A cryogenic thermal-insulating cylinder is a vacuum-insulated pressure vessel designed to store and supply cryogenic liquefied gases such as LOX, LIN, LAr, LCO2 and LNG.
CIMC ENRIC currently lists capacities from 175L to 495L, including 175L, 180L, 196L, 210L, 220L, 410L, 450L and 495L.
The listed applications include LOX, LIN, LAr, LCO2 and LNG. The final medium compatibility should be confirmed according to the selected model and technical requirements.
The current product specification lists a working pressure range of 1.37 MPa to 2.88 MPa. The applicable pressure should be confirmed according to the selected configuration and technical requirements.
Yes. CIMC ENRIC offers built-in and external gasification options for different application requirements.
Yes. Configuration options include capacity, pressure, orientation, gasification, lifting and level measurement. The final configuration should be confirmed according to the customer's medium, application and destination-market requirements.
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